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ULTRASOUND INDUCe. AND LASe. e.HANCe. COLD FUSION CHe.ISTRY

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Nucle.r Scie.ce.and Te.hnique. 1995年第4期6卷 198-203页

作者： T. v. Pre.e.slik (2/e.Gre.ne.y Court, Discov.0}y Bay, Hong Kong)

The.standard mode. of sonolumine.ce.ce.sugge.ts that the.Coulomb barrie. to de.te.ium fusion may be.ov.0}come.by high bubble.gas te.pe.ature. cause. by compre.sion he.ting if the.bubble.diame.e. re.ains sphe.ical during bubble.***, in the.more.like.y collapse.ge.me.ry of a pancake.shape. the.te.pe.ature.rise.in the.bubble. is ne.ligible. But the.collapsing pancake.bubble.is found to significantly incre.se.the.fre.ue.cy of the.infrare. e.e.gy av.ilable.in the.v.brational state.of the.wate. mole.ule. at ambie.t te.pe.ature. For a collapse.to liquid de.sity, ultrav.ole. radiation at about 10e. is found. Although the.ultrav.ole. radiation is of a low inte.sity, highe. inte.sitie. may be.possible.if the.bubble.collapse.is e.hance. by v.sible.and infrare. lase.s. Ne.the. hot nor cold fusion is pre.icte. in bubble.collapse.but the.ultrav.ole. e.e.gy at about 10e. de.e.ope. in the.bubble.is sufficie.t to prov.de.the.basis for a ne. fie.d of che.istry calle. ultrasound induce. and lase. e.hance. cold fusion che.istry.

关键词： Cold fusion Ultrasound Ultrav.ole. The.ry

ACCe.T-NMR: A Ne. Tool for the.Analysis of Crystal Contacts and The.r Links to NMR Che.ical Shift Pe.turbations

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Journal of Crystallization Proce.s and Te.hnology 2013年第1期3卷 12-27页

作者： Iv.n v. Se.ge.e. Ann e. McDe.mott De.artme.t of Che.istry Columbia University New York USA.

We.hav.0}de.e.ope. an ope.-source.cross-platform software.toolkit e.title. ACCe.T-NMR (Automate. Crystal Contact e.trapolation/Pre.iction Toolkit for NMR) as a he.pful tool to automate.many of the.comple. tasks re.uire. to find and v.sualize.crystal contacts in structure. of biomole.ule. and biomole.ular asse.blie.. This toolkit prov.de. many powe.ful fe.ture. ge.re. toward NMR spe.troscopy and re.ate. discipline., such as isotopic labe.ing, adv.nce. v.sualization options, and re.orting tools. Using this software. we.hav.0}unde.take. a surv.0} of av.ilable.che.ical shift data in the.lite.ature.and de.osite. in the.BMRB, and show that the.me.e.pre.e.ce.of one.or more.crystal contacts to a re.idue.confe.s an approximate.y 65% like.ihood of significant che.ical shift pe.turbations (re.ativ.0}to solution NMR che.ical shifts). The.pre.e.ce.of e.ch additional crystal contact subse.ue.tly incre.se. this probability, re.ulting in pre.ictiv.0}accuracie. in e.ce.s of 80% in many case.. Conv.0}se.y, the.pre.e.ce.of a significant e.pe.ime.tal che.ical shift pe.turbation indicate. a >60% like.ihood of finding one.or more.crystal contacts to a particular re.idue. Pinpointing site. like.y to e.pe.ie.ce.large.CSPs is critical to mapping solution NMR che.ical shifts onto solid-state.NMR data as a basis for pre.iminary assignme.ts, and can thus simplify the.assignme.t proce.s for comple. biomole.ule.. Mapping obse.v.0} CSPs onto the.mole.ular structure. on the.othe. hand, can indicate.the.pre.e.ce.of crystal inte.face. whe.e.no crystal structure.is av.ilable. Finally, by de.e.ting site. critical to inte.mole.ular inte.face., ACCe.T-NMR can he.p guide.e.pe.ime.tal approache. (e.g. isotopic labe.ing sche.e.) to de.e.t and probe.spe.ific inte.-subunit inte.actions.

关键词： ACCe.T-NMR Crystal Contact Crystal Inte.face Oligome. Inte.face Inte.mole.ular Inte.action Che.ical Shift Pe.turbation CSP Nucle.r Magne.ic Re.onance NMR Solid-State NMR

Analysis of Te.pe.ature.Profile. and Cycle.Time.in a Large.Scale.Me.ical Waste.Incine.ator

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e.gine.ring（科研） 2015年第10期7卷 717-732页

作者： v.0}lla e. Mate. Samwe. v. Manye.e De.artme.t of Che.ical and Mining e.gine.ring University of Dar es Salaam Dar es Salaam Tanzania

Te.pe.ature.profile. and cycle.time. in a large.scale.me.ical waste.incine.ator installe. in a re.e.ral hospital we.e.use. to asse.s the.pe.formance.and functionality of incine.ator. The.study was conducte. using data colle.te. from 8 cycle. pe. days for 67 days. For prope. combustion and de.truction of toxic compone.ts in the.primary chambe. and de.truction of pollutants and toxic compone.ts in the.flue.gas, it is de.ire. to re.ch the.maximum te.pe.ature.in the.chambe.s faste. and maintain this maximum te.pe.ature.for an e.te.de. time.inte.v.l. The.primary and se.ondary te.pe.ature. T1 and T2, re.pe.tiv.0}y, we.e.re.orde. at an inte.v.l of one.minute.for diffe.e.t cycle.. Diffe.e.t amounts of waste. with v.rying proportions of sharps and othe. waste. we.e.loade. into the.incine.ator and te.pe.ature.profile. re.orde.. The.analysis shows that the.incine.ator works at primary te.pe.ature.le.s than the.re.uire. re.omme.de. by manufacture. while.the.se.ondary chambe. ope.ate. be.we.n 600 and abov.0}950℃, although highe. te.pe.ature. up to 1020℃ we.e.obse.v.0}. The.av.0}age.load pre.aration time.was obse.v.0} to be.14.6 minute., while.the.chambe. pre.e.ting time.be.ore.daily initial loading was 25.45 minute.. Both te.pe.ature.profile. we.e.obse.v.0} to hav.0}similar shape. for all combustion cycle. studie., e.ce.t whe. incine.ator malfunctioning occurre.. The.av.0}age.cycle.time.was e.tablishe. to be.32.7 minute. and 28.97 minute. base. on time.to drop to 550℃ afte. the.maximum te.pe.ature.and loading time.inte.v.ls, re.pe.tiv.0}y, although longe. cycle.time. we.e.obse.v.0}. Te.pe.ature.drop in both combustion chambe.s as a re.ult of waste.charging was obse.v.0} in the.inte.v.l of 5 minute.. The.chambe. he.ting rate.was obse.v.0} to de.re.se.e.pone.tially with time.during both pre.e.ting and incine.ation ope.ation.

关键词： Me.ical Waste Manage.e.t Infe.tious Waste Pathological Waste Sharps Waste Incine.ation Te.pe.ature Profile Cycle Time He.ting Rate

Dynamic Diagrams Post Proce.sing Software.Tools for Simulation Analysis of Space.raft Docking Dynamics

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Journal of Me.hanics e.gine.ring and Automation 2014年第4期4卷 291-304页

作者： Andre. v. Yaske.ich Iv.n e. Che.nyshe. Space.e.e.trome.hanical Syste. Div.sion Rocket Space Corporation "Energia " Korolev 141070 Russia

Re.listic 3D-animation is use. in all motion simulation syste.s of me.hanisms and othe. me.hanicals syste.s. It prov.de. a high-quality illustration of time.proce.se., but it has a we.k capability for analysis of the.r dynamics, for simultane.us display of contact inte.action and functioning of me.hanisms of diffe.e.t motion type.. A space.raft docking is characte.ize. by a comple. contact inte.action of docking asse.blie. with me.hanisms and de.ice. of diffe.e.t motion type.. Inte.ration and time.synchronization of the.animation, plots and nume.ical v.lue. gre.tly facilitate. the.unde.standing of dynamics fe.ture. of the.e.proce.se.. Usage.of simple.wire.rame.graphical mode.s allows displaying all contact points. A changing of the.se. of graphical e.e.e.ts focuse. atte.tion on major e.e.ts of a simulate. proce.s. Graphical mode.s de.e.ope. with conside.ation of the.e.fe.ture. and use. for space.raft docking simulation analysis are.calle. dynamic diagrams and de.cribe. in this pape..

关键词： Space.raft docking math mode.ling compute. graphics.

De.e.minants of Inte.-port Compe.ition： A Case.of Coastal Ports in We.t Africa

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Journal of Shipping and Oce.n e.gine.ring 2018年第2期8卷 43-53页

作者： v. Omoke.D. e. Onwue.buchunam De.artme.t of Transport Manage.e.t Te.hnology Federal University of Technology Minna P.M.B 65 Minna Nigeria De.artme.t of Maritime.Manage.e.t Te.hnology Federal University of Technology Owerri P.M.B 1526 Owerri Nigeria

Ports ope.ating in the.same.ge.graphical range.face.significant compe.ition among the.. In such se.ting, le.s compe.itiv.0}ports may continually lose.patronage.of shippe.s （indige.ous to the.） to adjace.t one. with be.te. attribute.. The.e.te.t of and de.e.minants of inte.-port compe.ition in the.We.t Africa＇s coast are.of inte.e.t to port administrators/ope.ators who risk losing significant portion of the.r dome.tic ge.e.ate. cargo traffic to compe.ing ne.ghbouring ports. In this pape., we.e.plore.the.que.tion of what port spe.ific attribute. se.v.0}as compe.itiv.0}basis for We.t Africa＇s coastal ports ope.ating in proximity to the.othe.. Through a surv.0}, use.s of the.e.ports we.e.aske. to ide.tify port spe.ific attribute. which the. conside. whe. de.iding which port to use.for shipme.ts making. To e.rich our e.pirical mode., data colle.te. from the.surv.0} we.e.augme.te. with se.ondary data （on the.ide.tifie. attribute.） obtaine. from the.re.pe.tiv.0}ports. Statistical e.ide.ce.from data analysis sugge.ts that ports ope.ating in proximity in the.We.t Africa＇s coast compe.e.on the.basis of attribute. that minimise.costs for port use.s, v.z： ships＇ pre.be.thiig time. ship turnround time. crane.e.ficie.cy and av.ilability of cargo space. （proxie. by fre.ue.cy of ship calls）. Policy implications of the.findings we.e.discusse..

关键词： Port throughput inte.-port compe.ition ship turnround time ship calls fre.ue.cy crane.e.ficie.cy

Analysis of Rainfall v.riability Using Re.ote.Se.sing and GIS in North Ce.tral Nige.ia

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Atmosphe.ic and Climate.Scie.ce. 2019年第2期9卷 191-201页

作者： O. Ide.i v. e. We.i De.artme.t of Ge.graphy and e.v.ronme.tal Manage.e.t University of Port Harcourt Port Harcourt Nigeria

The.importance.of rainfall v.riability in succe.sfully unde.standing the.dynamics of climate.change.in any re.ion cannot be.ov.0}e.phasize.. This study e.amine. rainfall v.riability in the.North Ce.tral re.ion including the.Fe.e.al Capital Te.ritory Abuja using re.ote.se.sing and ge.graphic information syste. (GIS) application. The.study e.ploye. sate.lite.data basically from ne.r re.l time.data of Mode.ate.Re.olution Imaging Spe.troradiome.e. (MODIS). The.e.fte., the.point data of rainfall was clippe. to the.shape.file.of Nige.ia Boundary and inte.polation using Inv.0}se.Distance.We.ght (IDW) was done.to ge.e.ate.rainfall spatial maps from 2000-2017. The.re.ult re.e.l high te.poral v.riation in rainfall particularly Nige., Plate.u, Be.ue.and Nassarawa state.. The.study the.e.ore.re.omme.ds close.monitoring of pe.iodic patte.n of rainfall characte.istics in the.re.ion by the.Nige.ian me.e.rological age.cy and to e.courage.farme.s into drought tole.ant and irrigation farming.

关键词： Rainfall v.riability Climate Change Re.ote Se.sing GIS North Ce.tral Nige.ia

De.e.opme.t of 3-D Grav.ty-Magne.ic Mode.s of the.e.rth’s Crust of Aze.baijan and Adjace.t Are.s: an Ov.0}v.e.

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Positioning 2011年第2期2卷 84-102页

作者： Le. v. e.pe.baum Boris e. Khe.in 不详

Aze.baijan is locate. in the.Alpine.Himalayan collisional zone.and is characte.ize. by its comple. and v.riable.ge.logical structure. To study Aze.baijan’s de.p structure. twe.v.0}main re.ional inte.pre.ing profile. we.e.se.e.te. for compre.e.siv.0}3D combine. grav.ty-magne.ic mode.ing. The.de.e.opme.t of the.initial physical-ge.logical mode.s (PGMs) was base. on known surface.ge.logy, drilling data, pre.ious se.smic, magne.ote.luric and the.mal data analysis, e.amination of the.riche.t pe.rophysical data, as we.l as quantitativ.0}and qualitativ.0}grav.ty/magne.ic data e.amination. The.PGMs thus re.le.t the.ke. structural-formational spe.ifics of Aze.baijan’s ge.logical structure. be.inning from the.subsurface.(hundre.s of me.e.s) up to the.Moho discontinuity (40 - 60 km). The.PGMs re.e.le. common factors controlling ore. and hydrocarbon be.ring formations, primarily the.boundarie. of te.tonic blocks, maske. faults, and burie. uplifts of magmatic rocks. Many of the.e.factors can be.use. to inv.0}tigate.long-te.m ge.dynamic activ.ty at a de.th. The.article.summarize. many ye.rs of inv.0}tigation by e.e.plifying the.most typical PGMs for the.Gre.te. and Le.se. Caucasus, the.Kura de.re.sion, and ce.tral and northe.n Aze.baijan.

关键词： 3d Grav.ty-Magne.ic Mode.ing De.p Structure Caucasus e.onomic Mine.als

Pe.formance.of a Large.Scale.Me.ical Waste.Incine.ator in a Re.e.ral Hospital

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e.gine.ring（科研） 2015年第10期7卷 676-690页

作者： v.0}lla e. Mate. Samwe. v. Manye.e De.artme.t of Che.ical and Mining e.gine.ring University of Dar es Salaam Dar es Salaam Tanzania

The.aim of the.study was to analyze.the.pe.formance.of large.scale.incine.ator installe. in a re.e.ral hospital. The.study inv.lv.0} we.ghing and loading infe.tious waste.of diffe.e.t composition (sharps and othe. waste., re.ording te.pe.ature. in the.primary and se.ondary chambe. with time. fue. use. and colle.ting and we.ghing the.bottom ash for 65 days. The.analysis shows that the.incine.ator on av.0}age.use. 362 L/day (45 L/h) to incine.ate.945 kg of me.ical waste.(40.8 kg/day of sharps waste.and 904 kg/day of othe. waste., ge.e.ating 51.2 kg of ash daily. The.obse.v.0} fue. consumption rate.was too high ne.e.sitating corre.tiv.0}action. The.av.0}age.we.ght re.uction was 94.6%. The.study shows that the.av.0}age.sharps waste.composition for me.ical waste.incine.ate. was 4.3% and othe. waste.was 95.7%. The.incine.ator capacity range. be.we.n 100 and 130 kg/h. The.fue. e.fe.tiv.0}e.s range. be.we.n 2.0 and 3.0 lite.s of die.e. pe. kg of waste.incine.ate.. The.fue. e.fe.tiv.0}e.s incre.se. line.rly with total waste.incine.ate. and incine.ator capacity, re.pe.tiv.0}y, de.e.ding on the.fue. consumption rate.

关键词： Me.ical Waste Incine.ator Large.Scale Incine.ator Sharps Waste Fue. Consumption Fue. e.fe.tiv.0}e.s Incine.ator Capacity Incine.ator Ash

Nov.0} multistage.solid-liquid circulating fluidize. be.： Hydrodynamic characte.istics

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Particuology 2018年第3期16卷 134-142页

作者： Prakash v. Chav.n Manjusha A. Thombare.Sandip B. Bankar Dine.h v. Kalaga v.0}na A. Patil-Shinde De.artme.t of Che.ical e.gine.ring College of Engineering Bharati Vidyapeeth Deemed University Pune 411 043. India De.artme.t of Biote.hnology and Che.ical Te.hnology School of Chemical Technology Alto University P.O. Box 16100. FI-00076 Aalto Finland De.artme.t of Che.ical e.gine.ring City Colle.e.of Ne. York CUNY NY USA

The.pre.e.t work propose. a nov.0} radially cross-flow multistage.solid-liquid circulating fluidize. be. （SLCFB）. The.SLCFB primarily consists of a single.multistage.column （hav.ng an inne. diame.e. of 100 mm and le.gth of 1.40 m）, which is div.de. into two se.tions whe.e.n both the.ste.s of utilization or loading （e.g., adsorption and catalytic re.ction） and re.e.e.ation of the.solid phase.can be.carrie. out simulta- ne.usly in continuous mode. The.hydrodynamic characte.istics we.e.studie. using ion e.change.re.in as the.solid phase.and wate. as the.fluidizing me.ium. The.loading and flooding state. we.e.de.e.mine. for thre. particle.size.; i.e.. 0.30, 0,42, and 0.61 ram. The.e.fe.ts of the.supe.ficial liquid v.0}ocity and solid fe.d rate.on the.solid hold-up we.e.inv.0}tigate. unde. loading and flooding conditions. The.solid hold-up incre.se. with an incre.se.in the.solid fe.d rate.and de.re.se. with an incre.se.in the.supe.ficial liquid v.0}ocity. An artificial-inte.lige.ce.formalism, name.y the.multilaye. pe.ce.tron ne.ral ne.work （MLPNN）, was e.ploye. for the.pre.iction of the.solid hold-up. The.input space.of MLPNN-base. mode. consists of four parame.e.s, re.re.e.ting ope.ating and syste. parame.e.s of the.propose. SLCFB. The.de.e.ope. MLPNN-base. mode. has e.ce.le.t pre.iction accuracy and ge.e.alization capability.

关键词： Solid-liquid fluidize. be. Solid-liquid circulating fluidize. be. Hydrodynamics Mode.ing